PU Modular Screens – Efficient & Durable

PU modular screens adopt advanced modular design to ensure excellent screening performance even in high-frequency vibration environments. Each screen module can be independently replaced, significantly reducing the time and cost of screen replacement, which makes it especially suitable for large-area screening. This product is not only suitable for industries such as mining and metallurgy but can also provide customized solutions according to customer needs. Whether your production line requires higher screening accuracy or longer service life, modular screens can perfectly meet your needs, making your production more efficient.

  • Done Satisfaction Guaranteed
  • Done Accurate dimensions
  • Done Guaranteed installation

Description

Specifications

  • Aperture:
    0.3 mm – 160 mm (square/rectangular)
  • Thickness:
    30–50 mm
  • screen size:
    Central module 300 mm × 1000 mm, the standard size of external modules
    is the size of the sifters or sorting equipment
  • Material:
    The steel and wire rope performance complies with ISO 630 (GB/T 700)
    and GB/T 12753 standards; polyurethane materials are divided into
    polyester type and polyether type, with specific parameters as
    follows:


    Table 1: polyurethane material Parameters


    No.Inspection itemPolyester TypePolyether Type
    1Hardness/Shore A80±285±290±295±290±295±2
    2Tensile strength/MPa≥ 40≥ 43≥ 46≥ 48≥ 30≥ 40
    3Elongation at break/%≥ 600≥ 580≥ 550≥ 500≥ 400≥ 300
    4Tear strength/(kN/m)≥ 70≥ 75≥ 85≥ 100≥ 75≥ 90
    5Resilience/%≥ 25≥ 25≥ 25≥ 25≥ 35≥ 35
    6Relative volume wear/mm
    3
    ≤ 60≤ 60≤ 60≤ 60≤ 40≤ 40

    Table 2: Chemical Composition of Screen Metal Components


    MaterialCSiMnPS
    Q235B≤ 0.20
    b
    ≤ 0.35≤ 1.40≤ 0.045≤ 0.045
  • Special requirements can be customized through negotiation.

Features

  • Reinforcing ribs are embedded, which can not only transmits the
    vibration force of the screen body correctly but also enhance the
    load-bearing capacity of the screen panel, thereby improving its
    service life.
  • With a modular design, the screen panels can be replaced at will,
    maximizing the utilization of the screen panels and reducing on-site
    storage and costs.
  • It has excellent wear resistance and shock absorption, high
    elasticity, and screening accuracy, and can maintain stable screening
    performance in high-impact working environments.
  • The novel buckle structure allows for quick and easy installation and
    replacement of screen panels while ensuring sufficient connection
    strength, improving work efficiency and reducing labor intensity.
  • According to the screening requirements of the material, different
    opening shapes can be customized to meet on-site process
    specifications.